System Description. The wet detention basin is designed to trap 80% of sediment in runoff and maintain pre-development downstream peak flows. The basin has two forebays (smaller ponds) located at the low end of two grass xxxxxx. In addition to runoff conveyance, the grass xxxxxx also allow infiltration and filtering of pollutants, especially from smaller storms. The forebays are each 4 feet deep. They are connected to the main pool by 18 and 24-inch metal pipes that outlet onto a rock chute. The forebays will trap coarse sediments in runoff, such as road sands, thus reducing maintenance of the main basin. The main pool will trap the finer suspended sediment. To do this, the pond size, water level and outlet structures must be maintained as specified in this Agreement (see Figures 1, 2 and 3). The main basin receives runoff from a 67.1 acre drainage area (41.2 acres within the subdivision and 25.9 acres off-site drainage coming from the east). During high rainfall or snow melt events, the water level will temporarily rise and slowly drain down to the elevation of the control structure. The water level is controlled by a 12-inch concrete pipe extending through the berm in the northwest corner of the basin (see Figures 1 and 3). On the face of the 12-inch pipe, there is metal plate with a 3-inch drilled hole (orifice) with stone in front of it. This orifice controls the water level and causes the pond to temporarily rise during runoff events. Washed stone (1- 2” diameter) is placed in front of the orifice to prevent clogging. High flows may enter the grated concrete riser or flow over the rock lined emergency spillway. “As-built” construction drawings of the basin, showing actual dimensions, elevations, outlet structures, etc. will be recorded as an addendum(s) to this agreement within 60 days after [Municipality Name] accepts verification of construction from the project engineer.
System Description. The System is a Motorola ASTRO 25™ Digital Trunking WAN SmartZone solution that consists of the System infrastructure and multiple subsystems, as described below.
System Description. A. Olinda Groundwater Control & Monitoring System
System Description. The DLCS is a network consisting of devices which are remotely controlled over RF transmission equipment by the PowerCAMPTM Software or equivalent. CL&P shall have access to the PowerCAMP™ LMS (as defined below) via the web interface. The PowerCAMPTM LMS shall include the software and hardware necessary to manage the Control Devices installed at the End-use Equipment at Participating Facilities. The PowerCAMPTM LMS includes AER’s PowerCAMPTM Server and PowerCAMPTM Suite, networking equipment, and third party software. PowerCAMPTM LMS Hardware
a. PowerCAMPTM LMS Servers – Two (Primary and Secondary)
b. Rack-mounted Dell PowerEdge servers for scalable expansion.
c. Disks in RAID mode for fault tolerance and high availability PowerCAMPTM LMS Software
a. AER’s PowerCAMPTM LMS (LMS) Software – Visual Basic, Microsoft Jet DB Engine
b. AER PowerCAMPTM LMS Web Interface – Apache/Tomcat on Microsoft SQL Server
System Description. The wet detention basins are designed to together remove at least 80% of the Total Suspended Solids (TSS) in the site runoff and to reduce pre-development downstream peak flows. Xxxxxx function to convey runoff to the basins, as well as filter pollutants, especially from smaller storms. To function correctly, the pond size, water level and outlet structures must be maintained as specified in this Plan.
System Description. Model/Version/Description Original Purchase Price ---- ------------------------- ----------------------- See Attached Equipment Description Total Cost: $94,943.47 -------------------------------------------------------------------------------- 6. Purchase Option Price (check one): (X) Fair Market Value ( ) 10% of Total Original Purchase Price ( ) $1.00
System Description. Narrative and diagrams found below provide additional information on the existing, and end- state network architectures contemplated for use by the PSAPs.
System Description. The System for locating vehicles, cargo; people and etc., and exchanging short messages and receiving alarms is composed of the three following sub-systems:
i. Network Control Center (NCC)
ii. Base Stations
iii. End User Terminal o PAL (Personal Alarm and Locator) o VLU (Vehicle Location Unit) o Transmitter/receiver installed in the cargo, asset or etc.
System Description. The System shall include the photovoltaic modules, the inverter, mounting system, monitoring system, electric meter and other related equipment.
System Description. Lease and installation of a 9.880 kW DC photovoltaic system consisting of PV modules, corresponding inverter(s) and a mounting system designed for installation and operation at your Home. REST OF PAGE INTENTIONALLY LEFT BLANK.
